1937 — Page 123

The user wants me to proofread OCR output of a "LIST OF OFFICERS" from what appears to be a historical Hong Kong document. The text is a table of contents/index listing officers' names and page numbers. The OCR has many errors: misaligned columns, broken names, garbled text, wrong characters, etc.

I need to reconstruct this as a proper Markdown table. The original appears to have three columns: OFFICER, PAGE, OFFICER, PAGE, OFFICER, PAGE (three pairs). But the OCR has merged them poorly.

Let me analyze the structure. The header shows:

LIST OF OFFICERS.

OFFICER PAGE OFFICER PAGE OFFICER PAGE

Then rows with three entries per row. The OCR text is a mess. I need to parse it into a clean table.

I'll go through the text line by line and try to reconstruct the three columns.

First, note the page numbers: they range from 2 to 187. The document seems to be a list of officers with page references.

I'll create a Markdown table with three columns: Officer, Page, Officer, Page, Officer, Page. But Markdown tables need consistent columns. Better to make it a single table with three pairs? Actually, the original is a three-column layout (six columns total: name, page, name, page, name, page). In Markdown, I can represent as a table with 6 columns, or as three separate tables? The instruction says "reconstruct the table using Markdown table syntax". I'll make a single table with 6 columns: Officer1, Page1, Officer2, Page2, Officer3, Page3.

But the OCR text is not clearly separated into rows. I need to infer rows from the data.

Let me parse the text sequentially. The text after the header starts with "J J J I" then "K-Continued. K-Continued," then names.

It seems the list is alphabetical. The first column starts with "Im Ping-tseung 91", "In Shiu-lun 120", "Ingram, T. R. 10", "Ip, C. 127", "Ip Chu 88", "Ip Fook-lun 92", "Ip Hon-sau 20", "Ip Kam 133", "Ip.haun-kwong 49", "Ip Kow 125", "Ip Kwan-sau 113", "Ip Mow-sum 127", "Ip On 40", "Ip Ping-chun 136", "Ip Shiu-ming 111", "Ip Sitt 133", "Ip Sze-ining 24", "Ip Tai-sung 13", "Ip Tin-shang 48", "Ip Wai 26", "Ip Yau-hing 123", "Ip You-shing 132", "Ip Yee 131", "Ip Yuk-lun 61", "Ip Po-sham 102", "Ip Shan-yunk 131"? Wait "Tu Shan-yunk 131" maybe.

Then second column: "Kan Kui 95", "Kan U-wah 113", "Kao Chuen-ting 123", "Kao Mun 125", "Karim, A. 31", "Karrim, A. 134", "Kay, W. 104", "Keam, P. E. PO" (maybe 80?), "Keeble. P. 71", "Keen, K. 3. 15, 48", "Keen, R. C. 121", "Kelvin-Stark, D. 3, 10", "Kemp, F. A. 21", "Kennard, J. A. 122", "Kennedy-Skiptor, G. S. 2, 8, 9, 14", "Kerr, W. F. 131", "Kerrison, E, C. 89", "Kershaw, W. 65", "Kew, W. 23", "Key, J. 130", "Key, W. J. S. 120", "Khan, A. 17, 59, 60", "Khan, D. M. 49", "Khan, F. 59", "Khan, G. M. 22", "Khan, I. 60", "Khan, J. 134", "Khan, L. 50", "Khan, M. 13, 44. 00", "Khan, M. A. 101", "Khan, M. Y 18", "Khan, N. 60", "Khan, R. 59", "Khan, S. A. 20", "Khan, T. M. 7", "Khan, Y. J. 49", "Ki Tu-woon 91", "Kin Clo 133", "King, F. 42, 48", "King, L. II. 7. 29", "Kingdon, C. J. 113", "King, T. 11 W. 90", "Kitchell. A. B. ?", "Knighi, P. E. ?", "Ko Chung-woon 18", "Ko 1a-chun 56", "Ko Tsok-yum 30", "Kong Chun-On 137", "Kong Ling 133", "Kong Man-tsun 47", "Kong Ping-yuen 124", "Kong Sai-lun 128", "Kong Sau-yuen 8", "Kong Yung 125", "Kum Chuen 116", "Kum Nai-fai 82", "Kum Sui 119", "Kun Ngok-sang 115", "Kung Chi-ping 44", "Kung Hon 101", "Kung, J. 71", "Kung Sun 25", "Kurrik, A. 82", "Kwai Shing 133", "Kwan, A. 71", "Kwan Chung-wing 78", "Kwan Kam-tak 88", "Kwan Kin-san 10", "Kwan Kin-wing 130", "Kwan Man 116", "Kwok, C. 71", "Kwok Cham-lun 12", "Kwok Chi-man 23", "Kwok Hon-ying 62, 75", "Kwok Kai-yuen 75", "Kwok Kam-lun 1. 7", "Kwok Kwong 126", "Kwok Man-tim 187", "Kwok Nga 43", "Kwok Ping-kwong 136", "Kwok Slu-wah 94", "Kwok Sze-fan 62", "Kwok Wai-yin 02", "Kwok Wing-fat 80", "Kwok Wing-ki 12", "Kwok Yuen-ching 87", "Kwok Yuk-wing 73", "Kwong Kam 118", "Kwong Lam 133", "Kwong Ngai 133", "Kwong Siah, P. 30", "Kwong Tit-hing 106".

Third column: "Lacey, J. T. 70", "Lai Chak-leung 128", "Lai Chak-po 353", "Lai Chi chung ?", "Lai Chi-ki 122", "Lai Chi-kong 122", "Lai Chi-pui 12", "Lai Fat 68", "Lai Fu 118", "Lai Пau-kwong 135", "Lai Ion-cho 116", "Lai Hon-kuu 16. 17", "Lai Hong-si 136", "Lai Tu-kwong 136", "Lai Kec-leung 91", "Lai Kuk-yuen 90", "Lai, I. 71", "Lai Li-ying 48", "Lai Lo 116", "Lai Mee-kan 121", "Lai Ming-kai 135", "Lai Nam sang 50".

Also there are some entries like "Jackson, R. B., O.D.E. 81", "Jackson, T. E. 82", "James, F. P. K. 121", "Jamieson, C. 58", "Jan King-pun 73", "Jeffery, O. S. ?", "Jefford, A. G. 101", "Jeffries, A. E. E. 130", "Jeffries, C. W. 41", "Jenner, W. F. C. 57", "Jillott, A. 57", "Johannson, N. A. 57", "Johnson, G. 58", "Johnson, G. E. L. 80", "Johnson, N. K. ?", "Johnson, W. A. 121", "Jones, E. L. 32", "Jones, R. C. ?", "Jones, R. E. ?", "Jones, W. A. 46", "Joyee, J. S. 35 23 79"? Actually "Joyee, J. S. 35 23 79" maybe multiple pages.

Also "Kader, G. ?", "Kossick, D. A2", "Kom Wa-sing 116", "Kuk Yan 183", "Kon, W. 70", "Kum Chuen 116", etc.

The OCR has many artifacts: "ናዝን" (Amharic?), "ՐՈ", "Ր", "A2", "Klav Go", etc.

I need to produce a clean table. Since the original is a three-column layout, I'll create a Markdown table with 6 columns. But the rows may not align perfectly across columns. However, the instruction: "reconstruct the table using Markdown table syntax". I'll do my best to align rows as they appear in the original. The OCR text seems to list entries in three columns, but the scanning order might be column by column. The text appears to be read column by column: first column (I, J, K?), second column (K continued), third column (L). Actually the header shows "J J J I" then "K-Continued. K-Continued," then names. It might be that the first column is for letters I and J, second column for K, third column for L. But there are many K entries.

Given the complexity, I'll create a single table with three columns: Officer, Page, Officer, Page, Officer, Page. I'll parse the text sequentially and group into rows of three entries each. But the OCR doesn't have clear row delimiters. However, the original likely had rows with three entries each. I'll assume each line in the OCR corresponds to a row? Not exactly.

Let me look at the raw text: after "K-Continued. K-Continued," the next lines are:

"Im Ping-tseung 91 Kan Kui 95 Kun Ngok-sang 115"

"In Shiu-lun 120 Kan U-wah 113 Kung Chi-ping 44"

"Ingram, T. R. 10 Kao Chuen-ting 123 Kung Hon 101"

"Ip, C. 127 Kao Mun 125 Kung, J. 71"

"Ip Chu 88 Karim, A. 31 Kung Sun 25"

"Ip Fook-lun • 92 Karrim, A. 134 Kurrik, A. 82"

"Ip Hon-sau 20 Kay, W. 104 Kwai Shing 133"

"4. J. 74 Keam, P. E. PO Kwan, A. 71"

"Ip Kam 133 Kee Yau-shing Kwan Chung-wing 78"

"Ip.haun-kwong 49 Keeble. P. 71 Kwan Kam-tak 88"

"Ip Kow 125 Keen, K. 3. 15, 48 Kwan Kin-san 10"

"Ip Kwan-sau 113 Keen, R. C. 121 Kwan Kin-wing 130"

"Ip Mow-sum 127 Kelvin-Stark, D. 3, 10 Kwan Man 116"

"Ip On 40 Kemp, F. A. 21 Kwok, C. 71"

"Ip Ping-chun 136 Kennard, J. A. 122 Kwok Cham-lun 12"

"Ip Shiu-ming 111 Kennedy-Skiptor, G. S. 2, 8, 9, 14 Kwok Chi-man 23"

"Ip Sitt 133 Kerr, W. F. 131 Kwok Hon-ying 62, 75"

"Ip Sze-ining 24 Kerrison, E, C. 89 Kwok Kai-yuen 75"

"Ip Tai-sung 13 Kershaw, W. 65 Kwok Kam-lun 1. 7"

"Ip Tin-shang 48 Kew, W. 23 Kwok Kwong 126"

"Ip Wai 26 Key, J. 130 Kwok Man-tim 187"

"Ip Yau-hing 123 Key, W. J. S. 120 Kwok Nga 43"

"Ip You-shing 132 Khan, A. 17, 59, 60 Kwok Ping-kwong 136"

"Ip Yee 131 Khan, D. M. 49 Kwok Slu-wah 94"

"Ip Yuk-lun 61 Khan, F. 59 Kwok Sze-fan 62"

"Ip Po-sham 102 Khan, G. M. 22 Kwok Wai-yin 02"

"Tu Shan-yunk 131 Khan, I. 60 Kwok Wing-fat 80"

"Khan, J. 134 Kwok Wing-ki 12"

"Khan, L. 50 Kwok Yuen-ching 87"

"Khan, M. 13, 44. 00 Kwok Yuk-wing 73"

"Khan, M. A. 101 Kwong Kam 118"

"Khan, M. Y 18 Kwong Lam 133"

"Khan, N. 60 Kwong Ngai 133"

"Khan, R. 59 Kwong Siah, P. 30"

"Khan, S. A. 20 Kwong Tit-hing 106"

"Khan, T. M. 7"

"Khan, Y. J. 49"

"Ki Tu-woon 91"

"Kin Clo 133"

"King, F. 42, 48"

"King, L. II. 7. 29"

"Kingdon, C. J. 113"

"King, T. 11 W. 90"

"Kitchell. A. B."

"Knighi, P. E."

"Ko Chung-woon 18"

"Ko 1a-chun 56"

"Ko Tsok-yum 30"

"Kong Chun-On 137"

"Kong Ling 133"

"Kong Man-tsun 47"

"Kong Ping-yuen 124"

"Kong Sai-lun 128"

"Kong Sau-yuen 8"

"Kong Yung 125"

"Kum Chuen 116"

"Kum Nai-fai 82"

"Kum Sui 119"

"Kun Ngok-sang 115" (duplicate)

"Kung Chi-ping 44" (duplicate)

"Kung Hon 101" (duplicate)

"Kung, J. 71" (duplicate)

"Kung Sun 25" (duplicate)

"Kurrik, A. 82" (duplicate)

"Kwai Shing 133" (duplicate)

"Kwan, A. 71" (duplicate)

"Kwan Chung-wing 78" (duplicate)

"Kwan Kam-tak 88" (duplicate)

"Kwan Kin-san 10" (duplicate)

"Kwan Kin-wing 130" (duplicate)

"Kwan Man 116" (duplicate)

"Kwok, C. 71" (duplicate)

"Kwok Cham-lun 12" (duplicate)

"Kwok Chi-man 23" (duplicate)

"Kwok Hon-ying 62, 75" (duplicate)

"Kwok Kai-yuen 75" (duplicate)

"Kwok Kam-lun 1. 7" (duplicate)

"Kwok Kwong 126" (duplicate)

"Kwok Man-tim 187" (duplicate)

"Kwok Nga 43" (duplicate)

"Kwok Ping-kwong 136" (duplicate)

"Kwok Slu-wah 94" (duplicate)

"Kwok Sze-fan 62" (duplicate)

"Kwok Wai-yin 02" (duplicate)

"Kwok Wing-fat 80" (duplicate)

"Kwok Wing-ki 12" (duplicate)

"Kwok Yuen-ching 87" (duplicate)

"Kwok Yuk-wing 73" (duplicate)

"Kwong Kam 118" (duplicate)

"Kwong Lam 133" (duplicate)

"Kwong Ngai 133" (duplicate)

"Kwong Siah, P. 30" (duplicate)

"Kwong Tit-hing 106" (duplicate)

Then third column starts with "Lacey, J. T. 70" etc.

But the OCR text after "Kwong Tit-hing 106" continues with "Jackson, R. B., O.D.E. 81" etc. Actually the third column might be mixed with J names? Wait, the first column had I and J names? The header shows "J J J I". The first column might be for I and J. The second column for K. The third column for L. But the OCR includes Jackson, James, etc. in the first column? Let's see: after "Ip Yuk-lun 61" we have "Ip Po-sham 102" then "Tu Shan-yunk 131" then "Khan, J. 134" etc. That seems like continuation of second column (K). Then after "Kwong Tit-hing 106" we have "Jackson, R. B., O.D.E. 81" which might be start of third column? But third column should be L. However, Jackson starts with J. Maybe the third column is also J? Actually the header shows three "OFFICER PAGE" pairs. The letters at top: "J J J I" maybe indicating the first column covers I and J, second column covers J and K, third column covers K and L? Not sure.

Given the difficulty, I think the best is to produce a single consolidated list of all officers with page numbers, but the instruction says to reconstruct the table. The original is a table with three columns. I'll recreate a table with three columns (Officer, Page) repeated three times? But Markdown tables can't have repeated headers easily. I'll make a table with six columns: Officer1, Page1, Officer2, Page2, Officer3, Page3. I'll fill rows by taking the first column entries as first column, second column entries as second column, third column entries as third column. But the number of rows may differ. I'll align by row index as they appear in the OCR text assuming the OCR read column by column. The OCR text seems to have first column entries (I, J), then second column entries (K), then third column entries (L, and maybe more J). But the text is interleaved: after "K-Continued. K-Continued," it lists three entries per line? Actually the lines I see in the raw text: "Im Ping-tseung 91 Kan Kui 95 Kun Ngok-sang 115" - that's three entries in one line. So the OCR captured a row with three columns. Good! So each line in the OCR (after the header) corresponds to a row with three entries. However, the OCR text provided is not line-separated; it's a continuous block. But in the user message, it's presented as lines? Let's check the user input: it's a block of text with line breaks. The lines are separated by newlines. I can split by newline.

Let me split the user input by newline and parse each line. The user input starts with "[vii] LIST OF OFFICERS. OFFICER PAGE OFFICER PAGE OFFICER PAGE J J J I K-Continued. K-Continued, Im Ping-tseung 91 Kan Kui 95 Kun Ngok-sang 115 In Shiu-lun 120 Kan U-wah 113 Kung Chi-ping 44 Ingram, T. R. 10 Kao Chuen-ting 123 Kung Hon 101 Ip, C. 127 Kao Mun 125 Kung, J. 71 Ip Chu 88 Karim, A. 31 Kung Sun 25 Ip Fook-lun • 92 Karrim, A. 134 Kurrik, A. 82 Ip Hon-sau 20 Kay, W. 104 Kwai Shing 133 4. J. 74 Keam, P. E. PO Kwan, A. 71 Ip Kam 133 Kee Yau-shing Kwan Chung-wing 78 Ip.haun-kwong 49 Keeble. P. 71 Kwan Kam-tak 88 Ip Kow 125 Keen, K. 3. 15, 48 Kwan Kin-san 10 Ip Kwan-sau 113 Keen, R. C. 121 Kwan Kin-wing 130 Ip Mow-sum 127 Kelvin-Stark, D. 3, 10 Kwan Man 116 Ip On 40 Kemp, F. A. 21 Kwok, C. 71 Ip Ping-chun 136 Kennard, J. A. 122 Kwok Cham-lun 12 Ip Shiu-ming 111 Kennedy-Skiptor, G. S. 2, 8, 9, 14 Kwok Chi-man 23 Ip Sitt 133 Kerr, W. F. 131 Kwok Hon-ying 62, 75 Ip Sze-ining 24 Kerrison, E, C. 89 Kwok Kai-yuen 75 Ip Tai-sung 13 Kershaw, W. 65 Kwok Kam-lun 1. 7 Ip Tin-shang 48 Kew, W. 23 Kwok Kwong 126 Ip Wai 26 Key, J. 130 Kwok Man-tim 187 Ip Yau-hing 123 Key, W. J. S. 120 Kwok Nga 43 Ip You-shing 132 Khan, A. 17, 59, 60 Kwok Ping-kwong 136 Ip Yee 131 Khan, D. M. 49 Kwok Slu-wah 94 Ip Yuk-lun 61 Khan, F. 59 Kwok Sze-fan 62 Ip Po-sham 102 Khan, G. M. 22 Kwok Wai-yin 02 Tu Shan-yunk 131 Khan, I. 60 Kwok Wing-fat 80 Khan, J. 134 Kwok Wing-ki 12 Khan, L. 50 Kwok Yuen-ching 87 Khan, M. 13, 44. 00 Kwok Yuk-wing 73 Khan, M. A. 101 Kwong Kam 118 Khan, M. Y 18 Kwong Lam 133 Khan, N. 60 Kwong Ngai 133 Khan, R. 59 Kwong Siah, P. 30 Khan, S. A. 20 Kwong Tit-hing 106 Khan, T. M. 7 Khan, Y. J. 49 Ki Tu-woon 91 Kin Clo 133 King, F. 42, 48 King, L. II. 7. 29 Kingdon, C. J. 113 King, T. 11 W. 90 Kitchell. A. B. Knighi, P. E. Ko Chung-woon 18 Ko 1a-chun 56 Ko Tsok-yum 30 Kong Chun-On 137 Kong Ling 133 Kong Man-tsun 47 Kong Ping-yuen 124 Kong Sai-lun 128 Kong Sau-yuen 8 Kong Yung 125 Kum Chuen 116 Kum Nai-fai 82 Kum Sui 119 Kun Ngok-sang 115 Kung Chi-ping 44 Kung Hon 101 Kung, J. 71 Kung Sun 25 Kurrik, A. 82 Kwai Shing 133 Kwan, A. 71 Kwan Chung-wing 78 Kwan Kam-tak 88 Kwan Kin-san 10 Kwan Kin-wing 130 Kwan Man 116 Kwok, C. 71 Kwok Cham-lun 12 Kwok Chi-man 23 Kwok Hon-ying 62, 75 Kwok Kai-yuen 75 Kwok Kam-lun 1. 7 Kwok Kwong 126 Kwok Man-tim 187 Kwok Nga 43 Kwok Ping-kwong 136 Kwok Slu-wah 94 Kwok Sze-fan 62 Kwok Wai-yin 02 Kwok Wing-fat 80 Kwok Wing-ki 12 Kwok Yuen-ching 87 Kwok Yuk-wing 73 Kwong Kam 118 Kwong Lam 133 Kwong Ngai 133 Kwong Siah, P. 30 Kwong Tit-hing 106 Jackson, R. B., O.D.E. 81 Jackson, T. E. 82 James, F. P. K. 121 Jamieson, C. 58 Jan King-pun 73 Jeffery, O. S. PO Jefford, A. G. 101 Jeffries, A. E. E. 130 Jeffries, C. W. 41 Jenner, W. F. C. 57 Jillott, A. 57 Johannson, N. A. 57 Johnson, G. 58 Johnson, G. E. L. 80 Johnson, N. K. Johnson, W. A. 121 Jones, E. L. 32 Jones, R. C. Jones, R. E. Jones, W. A. 46 Joyee, J. S. 35 23 79 Kader, G. Kossick, D. A2 Kom Wa-sing 116 Kuk Yan 183 Kon, W. 70 Kum Chuen 116 Kum Nai-fai 82 Kum Sui 119 Lacey, J. T. 70 Lai Chak-leung 128 Lai Chak-po 353 Lai Chi chung Lai Chi-ki 122 Lai Chi-kong 122 Lai Chi-pui 12 Lai Fat 68 Lai Fu 118 Lai Пau-kwong 135 Lai Ion-cho 116 Lai Hon-kuu 16. 17 Lai Hong-si 136 Lai Tu-kwong 136 Lai Kec-leung 91 Lai Kuk-yuen 90 Lai, I. 71 Lai Li-ying 48 Lai Lo 116 Lai Mee-kan 121 Lai Ming-kai 135 Lai Nam sang 50"

But the user input is not line-separated; it's a single paragraph? Actually the user message shows line breaks in the text. In the chat, it's displayed with line breaks. I'll assume each line in the user message corresponds to a line in the OCR. However, the user message is a code block? No, it's plain text. I'll copy the user message and split by newline.

But as an AI, I need to process the given text. I'll write a script mentally to parse. However, I can manually reconstruct the table by reading the lines.

Given the time, I'll produce a Markdown table with three columns (Officer, Page) for each of the three original columns. But the instruction says "reconstruct the table using Markdown table syntax". I'll create a table with six columns: Officer1, Page1, Officer2, Page2, Officer3, Page3. I'll use the first 30 rows or so? But there are many rows. I'll include all entries.

But the OCR has duplicate entries at the end (from "Kun Ngok-sang 115" onward duplicates). That's likely because the OCR scanned the same column again? Actually after "Kwong Tit-hing 106" the text continues with "Jackson, R. B., O.D.E. 81" etc. That might be the third column (L) but includes J names. Then later "Kader, G." etc. Then "Lacey, J. T. 70" etc. So the third column starts at "Jackson, R. B., O.D.E. 81"? But the header shows three columns: first column I/J, second column K, third column L. However, the third column includes Jackson (J) and then Kader (K) and then Lacey (L). That suggests the third column is a continuation of the list? Maybe the original list is a single alphabetical list split into three columns. So the first column contains A-I, second column J-K, third column L-Z? But we see I and J in first column, K in second, and J, K, L in third. That's messy.

Given the complexity, I think the best is to output a single consolidated list sorted alphabetically? But the instruction says to reconstruct the table as it appears. The user expects a Markdown table that matches the original layout. Since the OCR text is basically a linear representation of a three-column table, I can reconstruct by taking the text as rows of three entries each. The first few lines clearly show three entries per line. Later, the lines seem to have only one entry per line (like "Khan, T. M. 7"). That might be because the OCR lost the column structure. But the initial part has three columns.

I'll parse the text line by line as provided in the user message. The user message shows line breaks. I'll split by newline and then for each line, split into three parts? But the lines are not consistent.

Let me count lines in the user message. I'll copy the user message into a text editor mentally. The user message starts with "[vii] " then "LIST OF OFFICERS. " then "OFFICER PAGE OFFICER PAGE OFFICER PAGE " then "J J J I " then "K-Continued. K-Continued, " then "Im Ping-tseung 91 Kan Kui 95 Kun Ngok-sang 115 " etc. It seems each line in the user message is a separate line. I'll assume each line corresponds to a row in the original table. However, after "Kwong Tit-hing 106" the next line is "Jackson, R. B., O.D.E. 81" which is a single entry. Then "Jackson, T. E. 82" etc. So maybe the third column starts there and each line is a single entry for the third column. But the original table had three columns throughout. The OCR might have read the first two columns as a block and the third column separately.

Given the ambiguity, I'll produce a Markdown table that represents the data as a single list of officers with page numbers, but that would not be a table reconstruction. The instruction: "if data is clearly in table format, reconstruct the table using Markdown table syntax." The data is clearly a table with three columns. I'll reconstruct a table with three columns: Officer, Page, Officer, Page, Officer, Page. I'll fill rows by taking the first column entries from the first block, second column from the second block, third column from the third block. But I need to know where each column starts and ends.

Let me analyze the text blocks:

Block 1 (first column): starts with "Im Ping-tseung 91" and goes down to "Ip Po-sham 102" and "Tu Shan-yunk 131"? Actually "Tu Shan-yunk 131" appears after "Ip Po-sham 102". Then "Khan, J. 134" etc. That seems like continuation of second column? Wait, the first column might be only I and J names. The first column entries: Im Ping-tseung, In Shiu-lun, Ingram T.R., Ip C., Ip Chu, Ip Fook-lun, Ip Hon-sau, Ip Kam, Ip.haun-kwong, Ip Kow, Ip Kwan-sau, Ip Mow-sum, Ip On, Ip Ping-chun, Ip Shiu-ming, Ip Sitt, Ip Sze-ining, Ip Tai-sung, Ip Tin-shang, Ip Wai, Ip Yau-hing, Ip You-shing, Ip Yee, Ip Yuk-lun, Ip Po-sham. That's 24 entries. Then "Tu Shan-yunk 131" might be a J name? "Tu" could be "Ju"? Not sure.

Second column: starts with "Kan Kui 95", "Kan U-wah 113", "Kao Chuen-ting 123", "Kao Mun 125", "Karim, A. 31", "Karrim, A. 134", "Kay, W. 104", "Keam, P. E. PO", "Keeble. P. 71", "Keen, K. 3. 15, 48", "Keen, R. C. 121", "Kelvin-Stark, D. 3, 10", "Kemp, F. A. 21", "Kennard, J. A. 122", "Kennedy-Skiptor, G. S. 2, 8, 9, 14", "Kerr, W. F. 131", "Kerrison, E, C. 89", "Kershaw, W. 65", "Kew, W. 23", "Key, J. 130", "Key, W. J. S. 120", "Khan, A. 17, 59, 60", "Khan, D. M. 49", "Khan, F. 59", "Khan, G. M. 22", "Khan, I. 60", "Khan, J. 134", "Khan, L. 50", "Khan, M. 13, 44. 00", "Khan, M. A. 101", "Khan, M. Y 18", "Khan, N. 60", "Khan, R. 59", "Khan, S. A. 20", "Khan, T. M. 7", "Khan, Y. J. 49", "Ki Tu-woon 91", "Kin Clo 133", "King, F. 42, 48", "King, L. II. 7. 29", "Kingdon, C. J. 113", "King, T. 11 W. 90", "Kitchell. A. B.", "Knighi, P. E.", "Ko Chung-woon 18", "Ko 1a-chun 56", "Ko Tsok-yum 30", "Kong Chun-On 137", "Kong Ling 133", "Kong Man-tsun 47", "Kong Ping-yuen 124", "Kong Sai-lun 128", "Kong Sau-yuen 8", "Kong Yung 125", "Kum Chuen 116", "Kum Nai-fai 82", "Kum Sui 119", "Kun Ngok-sang 115", "Kung Chi-ping 44", "Kung Hon 101", "Kung, J. 71", "Kung Sun 25", "Kurrik, A. 82", "Kwai Shing 133", "Kwan, A. 71", "Kwan Chung-wing 78", "Kwan Kam-tak 88", "Kwan Kin-san 10", "Kwan Kin-wing 130", "Kwan Man 116", "Kwok, C. 71", "Kwok Cham-lun 12", "Kwok Chi-man 23", "Kwok Hon-ying 62, 75", "Kwok Kai-yuen 75", "Kwok Kam-lun 1. 7", "Kwok Kwong 126", "Kwok Man-tim 187", "Kwok Nga 43", "Kwok Ping-kwong 136", "Kwok Slu-wah 94", "Kwok Sze-fan 62", "Kwok Wai-yin 02", "Kwok Wing-fat 80", "Kwok Wing-ki 12", "Kwok Yuen-ching 87", "Kwok Yuk-wing 73", "Kwong Kam 118", "Kwong Lam 133", "Kwong Ngai 133", "Kwong Siah, P. 30", "Kwong Tit-hing 106". That's many entries.

Third column: starts with "Jackson, R. B., O.D.E. 81", "Jackson, T. E. 82", "James, F. P. K. 121", "Jamieson, C. 58", "Jan King-pun 73", "Jeffery, O. S. PO", "Jefford, A. G. 101", "Jeffries, A. E. E. 130", "Jeffries, C. W. 41", "Jenner, W. F. C. 57", "Jillott, A. 57", "Johannson, N. A. 57", "Johnson, G. 58", "Johnson, G. E. L. 80", "Johnson, N. K.", "Johnson, W. A. 121", "Jones, E. L. 32", "Jones, R. C.", "Jones, R. E.", "Jones, W. A. 46", "Joyee, J. S. 35 23 79", "Kader, G.", "Kossick, D. A2", "Kom Wa-sing 116", "Kuk Yan 183", "Kon, W. 70", "Kum Chuen 116", "Kum Nai-fai 82", "Kum Sui 119", "Lacey, J. T. 70", "Lai Chak-leung 128", "Lai Chak-po 353", "Lai Chi chung", "Lai Chi-ki 122", "Lai Chi-kong 122", "Lai Chi-pui 12", "Lai Fat 68", "Lai Fu 118", "Lai Пau-kwong 135", "Lai Ion-cho 116", "Lai Hon-kuu 16. 17", "Lai Hong-si 136", "Lai Tu-kwong 136", "Lai Kec-leung 91", "Lai Kuk-yuen 90", "Lai, I. 71", "Lai Li-ying 48", "Lai Lo 116", "Lai Mee-kan 121", "Lai Ming-kai 135", "Lai Nam sang 50".

But note there are duplicates in the third column (Kum Chuen, etc.) and also some K names. This suggests the third column is a continuation of the alphabetical list after K? But Jackson is J. So maybe the list is not strictly alphabetical by column.

Given the difficulty, I'll produce a Markdown table that replicates the original three-column layout by using the first 30 rows (since the first 30 lines have three entries each). After that, the OCR seems to have lost the column structure. But the user provided the entire OCR text. I should include all data.

Maybe the best is to create a single table with two columns: Officer and Page, listing all unique officers. But that would not be reconstructing the table format.

The instruction: "if data is clearly in table format, reconstruct the table using Markdown table syntax." The original is a table with three columns (six columns total). I'll reconstruct a table with six columns, using the first 30 rows where three entries per row are clear. For the remaining entries, they might be additional rows where the other columns are empty. But the OCR text after "Kwong Tit-hing 106" continues with single entries. Those might be the third column entries for rows beyond the first 30? But the first column had 24 entries, second column had many more. The table likely had many rows, each with three entries. The OCR read the first column completely, then the second column completely, then the third column completely. That's typical for column-wise OCR. So the data is stored column by column. To reconstruct the table, we need to interleave them: row 1: first entry of col1, first entry of col2, first entry of col3. But we don't know where each column starts and ends. The header "J J J I" and "K-Continued. K-Continued," suggests the first column covers I and J, second column covers K, third column covers L? But the third column starts with Jackson (J). Hmm.

Let's look at the header: "OFFICER PAGE OFFICER PAGE OFFICER PAGE" then "J J J I". That might be the column headers for the letters? Actually "J J J I" could be the last letters of the previous page? Or it's the index letters for each column: first column J, second column J, third column J, fourth column I? Not sure.

Given the time constraints, I'll output a Markdown table that represents the data as a single list with two columns (Officer, Page) but that's not a table reconstruction. However, the user might expect a table with three columns (Officer, Page) repeated. I'll do a table with three pairs.

I'll write a script in my mind to parse the text into three columns based on the line breaks in the user message. The user message appears to have line breaks. I'll split the user message by newline and process each line.

Let me simulate: The user message lines (as seen in the chat) are:

[vii]

LIST OF OFFICERS.

OFFICER PAGE OFFICER PAGE OFFICER PAGE

J J J I

K-Continued. K-Continued,

Im Ping-tseung 91 Kan Kui 95 Kun Ngok-sang 115

In Shiu-lun 120 Kan U-wah 113 Kung Chi-ping 44

Ingram, T. R. 10 Kao Chuen-ting 123 Kung Hon 101

Ip, C. 127 Kao Mun 125 Kung, J. 71

Ip Chu 88 Karim, A. 31 Kung Sun 25

Ip Fook-lun • 92 Karrim, A. 134 Kurrik, A. 82

Ip Hon-sau 20 Kay, W. 104 Kwai Shing 133

1. J. 74 Keam, P. E. PO Kwan, A. 71

Ip Kam 133 Kee Yau-shing Kwan Chung-wing 78

Ip.haun-kwong 49 Keeble. P. 71 Kwan Kam-tak 88

Ip Kow 125 Keen, K. 3. 15, 48 Kwan Kin-san 10

Ip Kwan-sau 113 Keen, R. C. 121 Kwan Kin-wing 130

Ip Mow-sum 127 Kelvin-Stark, D. 3, 10 Kwan Man 116

Ip On 40 Kemp, F. A. 21 Kwok, C. 71

Ip Ping-chun 136 Kennard, J. A. 122 Kwok Cham-lun 12

Ip Shiu-ming 111 Kennedy-Skiptor, G. S. 2, 8, 9, 14 Kwok Chi-man 23

Ip Sitt 133 Kerr, W. F. 131 Kwok Hon-ying 62, 75

Ip Sze-ining 24 Kerrison, E, C. 89 Kwok Kai-yuen 75

Ip Tai-sung 13 Kershaw, W. 65 Kwok Kam-lun 1. 7

Ip Tin-shang 48 Kew, W. 23 Kwok Kwong 126

Ip Wai 26 Key, J. 130 Kwok Man-tim 187

Ip Yau-hing 123 Key, W. J. S. 120 Kwok Nga 43

Ip You-shing 132 Khan, A. 17, 59, 60 Kwok Ping-kwong 136

Ip Yee 131 Khan, D. M. 49 Kwok Slu-wah 94

Ip Yuk-lun 61 Khan, F. 59 Kwok Sze-fan 62

Ip Po-sham 102 Khan, G. M. 22 Kwok Wai-yin 02

Tu Shan-yunk 131 Khan, I. 60 Kwok Wing-fat 80

Khan, J. 134 Kwok Wing-ki 12

Khan, L. 50 Kwok Yuen-ching 87

Khan, M. 13, 44. 00 Kwok Yuk-wing 73

Khan, M. A. 101 Kwong Kam 118

Khan, M. Y 18 Kwong Lam 133

Khan, N. 60 Kwong Ngai 133

Khan, R. 59 Kwong Siah, P. 30

Khan, S. A. 20 Kwong Tit-hing 106

Khan, T. M. 7

Khan, Y. J. 49

Ki Tu-woon 91

Kin Clo 133

King, F. 42, 48

King, L. II. 7. 29

Kingdon, C. J. 113

King, T. 11 W. 90

Kitchell. A. B.

Knighi, P. E.

Ko Chung-woon 18

Ko 1a-chun 56

Ko Tsok-yum 30

Kong Chun-On 137

Kong Ling 133

Kong Man-tsun 47

Kong Ping-yuen 124

Kong Sai-lun 128

Kong Sau-yuen 8

Kong Yung 125

Kum Chuen 116

Kum Nai-fai 82

Kum Sui 119

Kun Ngok-sang 115

Kung Chi-ping 44

Kung Hon 101

Kung, J. 71

Kung Sun 25

Kurrik, A. 82

Kwai Shing 133

Kwan, A. 71

Kwan Chung-wing 78

Kwan Kam-tak 88

Kwan Kin-san 10

Kwan Kin-wing 130

Kwan Man 116

Kwok, C. 71

Kwok Cham-lun 12

Kwok Chi-man 23

Kwok Hon-ying 62, 75

Kwok Kai-yuen 75

Kwok Kam-lun 1. 7

Kwok Kwong 126

Kwok Man-tim 187

Kwok Nga 43

Kwok Ping-kwong 136

Kwok Slu-wah 94

Kwok Sze-fan 62

Kwok Wai-yin 02

Kwok Wing-fat 80

Kwok Wing-ki 12

Kwok Yuen-ching 87

Kwok Yuk-wing 73

Kwong Kam 118

Kwong Lam 133

Kwong Ngai 133

Kwong Siah, P. 30

Kwong Tit-hing 106

Jackson, R. B., O.D.E. 81

Jackson, T. E. 82

James, F. P. K. 121

Jamieson, C. 58

Jan King-pun 73

Jeffery, O. S. PO

Jefford, A. G. 101

Jeffries, A. E. E. 130

Jeffries, C. W. 41

Jenner, W. F. C. 57

Jillott, A. 57

Johannson, N. A. 57

Johnson, G. 58

Johnson, G. E. L. 80

Johnson, N. K.

Johnson, W. A. 121

Jones, E. L. 32

Jones, R. C.

Jones, R. E.

Jones, W. A. 46

Joyee, J. S. 35 23 79

Kader, G.

Kossick, D. A2

Kom Wa-sing 116

Kuk Yan 183

Kon, W. 70

Kum Chuen 116

Kum Nai-fai 82

Kum Sui 119

Lacey, J. T. 70

Lai Chak-leung 128

Lai Chak-po 353

Lai Chi chung

Lai Chi-ki 122

Lai Chi-kong 122

Lai Chi-pui 12

Lai Fat 68

Lai Fu 118

Lai Пau-kwong 135

Lai Ion-cho 116

Lai Hon-kuu 16. 17

Lai Hong-si 136

Lai Tu-kwong 136

Lai Kec-leung 91

Lai Kuk-yuen 90

Lai, I. 71

Lai Li-ying 48

Lai Lo 116

Lai Mee-kan 121

Lai Ming-kai 135

Lai Nam sang 50

This is the line-by-line breakdown. The first 30 lines (from "Im Ping-tseung..." to "Ip Po-sham 102 Khan, G. M. 22 Kwok Wai-yin 02") have three entries per line. Then line "Tu Shan-yunk 131 Khan, I. 60 Kwok Wing-fat 80" also three entries. Then "Khan, J. 134 Kwok Wing-ki 12" only two entries? Actually "Khan, J. 134 Kwok Wing-ki 12" two entries. Then "Khan, L. 50 Kwok Yuen-ching 87" two entries. Then "Khan, M. 13, 44. 00 Kwok Yuk-wing 73" two entries. Then "Khan, M. A. 101 Kwong Kam 118" two entries. Then "Khan, M. Y 18 Kwong Lam 133" two entries. Then "Khan, N. 60 Kwong Ngai 133" two entries. Then "Khan, R. 59 Kwong Siah, P. 30" two entries. Then "Khan, S. A. 20 Kwong Tit-hing 106" two entries. Then "Khan, T. M. 7" one entry. Then "Khan, Y. J. 49" one entry. Then "Ki Tu-woon 91" one entry. Then "Kin Clo 133" one entry. Then "King, F. 42, 48" one entry. Then "King, L. II. 7. 29" one entry. Then "Kingdon, C. J. 113" one entry. Then "King, T. 11 W. 90" one entry. Then "Kitchell. A. B." one entry. Then "Knighi, P. E." one entry. Then "Ko Chung-woon 18" one entry. Then "Ko 1a-chun 56" one entry. Then "Ko Tsok-yum 30" one entry. Then "Kong Chun-On 137" one entry. Then "Kong Ling 133" one entry. Then "Kong Man-tsun 47" one entry. Then "Kong Ping-yuen 124" one entry. Then "Kong Sai-lun 128" one entry. Then "Kong Sau-yuen 8" one entry. Then "Kong Yung 125" one entry. Then "Kum Chuen 116" one entry. Then "Kum Nai-fai 82" one entry. Then "Kum Sui 119" one entry. Then "Kun Ngok-sang 115" one entry. Then "Kung Chi-ping 44" one entry. Then "Kung Hon 101" one entry. Then "Kung, J. 71" one entry. Then "Kung Sun 25" one entry. Then "Kurrik, A. 82" one entry. Then "Kwai Shing 133" one entry. Then "Kwan, A. 71" one entry. Then "Kwan Chung-wing 78" one entry. Then "Kwan Kam-tak 88" one entry. Then "Kwan Kin-san 10" one entry. Then "Kwan Kin-wing 130" one entry. Then "Kwan Man 116" one entry. Then "Kwok, C. 71" one entry. Then "Kwok Cham-lun 12" one entry. Then "Kwok Chi-man 23" one entry. Then "Kwok Hon-ying 62, 75" one entry. Then "Kwok Kai-yuen 75" one entry. Then "Kwok Kam-lun 1. 7" one entry. Then "Kwok Kwong 126" one entry. Then "Kwok Man-tim 187" one entry. Then "Kwok Nga 43" one entry. Then "Kwok Ping-kwong 136" one entry. Then "Kwok Slu-wah 94" one entry. Then "Kwok Sze-fan 62" one entry. Then "Kwok Wai-yin 02" one entry. Then "Kwok Wing-fat 80" one entry. Then "Kwok Wing-ki 12" one entry. Then "Kwok Yuen-ching 87" one entry. Then "Kwok Yuk-wing 73" one entry. Then "Kwong Kam 118" one entry. Then "Kwong Lam 133" one entry. Then "Kwong Ngai 133" one entry. Then "Kwong Siah, P. 30" one entry. Then "Kwong Tit-hing 106" one entry. Then the rest are single entries per line.

This suggests the OCR read the first two columns fully (each column has many rows), and the third column only partially? Actually the first column (I/J) has about 26 entries (up to Ip Po-sham). The second column (K) has many entries (from Kan Kui to Kwong Tit-hing). The third column (L) starts at Jackson? But Jackson is J. So maybe the third column is a continuation of the second column? Or the table has three columns but the third column starts later.

Given the line-by-line, the first 30 lines have three entries each. That corresponds to 30 rows. The first column entries in those rows are the I/J names. The second column entries are K names (starting with Kan Kui). The third column entries are also K names (starting with Kun Ngok-sang). So the first 30 rows have three columns all filled. After that, the second column continues (Khan, etc.) and the third column continues (Kwok Wing-fat, etc.) but the first column is exhausted. So the remaining rows have only two columns (second and third). Then eventually only second column remains. Then after Kwong Tit-hing, the third column starts with Jackson? But Jackson appears after Kwong Tit-hing in the line list. Actually after "Kwong Tit-hing 106" the next line is "Jackson, R. B., O.D.E. 81". That is a new line with one entry. So maybe the third column continues with Jackson, but that would be out of alphabetical order.

Wait, the third column in the first 30 rows includes: Kun Ngok-sang, Kung Chi-ping, Kung Hon, Kung J., Kung Sun, Kurrik A., Kwai Shing, Kwan A., Kwan Chung-wing, Kwan Kam-tak, Kwan Kin-san, Kwan Kin-wing, Kwan Man, Kwok C., Kwok Cham-lun, Kwok Chi-man, Kwok Hon-ying, Kwok Kai-yuen, Kwok Kam-lun, Kwok Kwong, Kwok Man-tim, Kwok Nga, Kwok Ping-kwong, Kwok Slu-wah, Kwok Sze-fan, Kwok Wai-yin, Kwok Wing-fat, Kwok Wing-ki, Kwok Yuen-ching, Kwok Yuk-wing, Kwong Kam, Kwong Lam, Kwong Ngai, Kwong Siah P., Kwong Tit-hing. That's 33 entries? Actually 30 rows, each with a third entry. So third column has 30 entries, all K names (Kun, Kung, Kwan, Kwok, Kwong). Then the second column continues with more K names (Khan, Ki, Kin, King, Kitchell, Knight, Ko, Kong, Kum, Kun, Kung, Kurrik, Kwai, Kwan, Kwok, Kwong). But note many duplicates: Kun Ngok-sang appears again, Kung Chi-ping again, etc. That suggests the OCR scanned the second column again? Or the third column was actually the continuation of the second column? But the first 30 rows show three distinct columns. The duplicates appear after the first 30 rows, in the single-entry lines. Those duplicates are likely the OCR re-reading the same column (maybe the third column) again? Actually the duplicates appear in the single-entry lines after "Kwong Tit-hing 106". Those lines are: "Kun Ngok-sang 115", "Kung Chi-ping 44", "Kung Hon 101", "Kung, J. 71", "Kung Sun 25", "Kurrik, A. 82", "Kwai Shing 133", "Kwan, A. 71", "Kwan Chung-wing 78", "Kwan Kam-tak 88", "Kwan Kin-san 10", "Kwan Kin-wing 130", "Kwan Man 116", "Kwok, C. 71", "Kwok Cham-lun 12", "Kwok Chi-man 23", "Kwok Hon-ying 62, 75", "Kwok Kai-yuen 75", "Kwok Kam-lun 1. 7", "Kwok Kwong 126", "Kwok Man-tim 187", "Kwok Nga 43", "Kwok Ping-kwong 136", "Kwok Slu-wah 94", "Kwok Sze-fan 62", "Kwok Wai-yin 02", "Kwok Wing-fat 80", "Kwok Wing-ki 12", "Kwok Yuen-ching 87", "Kwok Yuk-wing 73", "Kwong Kam 118", "Kwong Lam 133", "Kwong Ngai 133", "Kwong Siah, P. 30", "Kwong Tit-hing 106". These are exactly the third column entries from the first 30 rows, repeated. So the OCR duplicated the third column. Then after that, it goes to Jackson etc. which might be the actual third column (L section). But Jackson is J, not L. However, the third column might be for J names? But the first column already had I/J. The header "J J J I" might indicate the first column is for I, second for J, third for J? Not sure.

Given the duplication, I should ignore the duplicate block. The unique data seems to be: first column (I/J names), second column (K names), third column (K names) for first 30 rows, then continuation of second column (more K names), then a new set of names (Jackson, James, etc.) which might be the third column for later rows? But the third column for later rows would be empty in the first 30 rows? Actually the table likely has many rows, each with three entries. The first column runs out after 26 entries. The second column has many entries. The third column also has many entries. The OCR read the first 30 rows completely (three columns). Then it continued reading the second column for rows 31 onward, and the third column for rows 31 onward, but the first column is blank. However, the OCR output shows the second column entries for rows 31 onward as single lines (since first column blank, third column maybe also blank? But third column entries for rows 31 onward appear later as the duplicate block? Actually the duplicate block is the third column entries for rows 1-30. The third column entries for rows 31 onward might be the Jackson etc. But Jackson appears after the duplicate block. So maybe the third column for rows 31 onward starts at Jackson. But then the second column for rows 31 onward continues with Khan, Ki, King, etc. So rows 31 onward would have second column (Khan, Ki, King...) and third column (Jackson, James...). But the OCR output shows second column entries first (Khan, Ki, King...), then duplicate third column entries for rows 1-30, then third column entries for rows 31 onward (Jackson...). That's messy.

Given the complexity, I think the best is to present the data as a single combined list, but the instruction says to reconstruct the table. I'll reconstruct the table as it appears in the first 30 rows (three columns). For the remaining data, I'll add additional rows with empty first column. But the user might not expect that.

Alternatively, I can output three separate tables: one for each column. But the instruction says "reconstruct the table" (singular).

Given the time, I'll produce a Markdown table with three columns: Officer, Page, Officer, Page, Officer, Page. I'll use the first 30 rows from the line-by-line where three entries are present. Then I'll add additional rows for the remaining entries, leaving blank for missing columns. But that would be huge.

Maybe the user just wants the OCR cleaned up and formatted as a table. I'll write a Python script in my mind to parse the lines and create a table. But as an AI, I can output the table directly.

I'll create a table with the following columns: "Officer 1", "Page 1", "Officer 2", "Page 2", "Officer 3", "Page 3". I'll populate rows 1-30 from the first 30 lines. Then for lines 31-? that have two entries, I'll put them in columns 2 and 3, leaving column 1 blank. For lines with one entry, I'll put in column 2, leaving others blank. But the duplicate block should be skipped. The Jackson block should be column 3 for rows 31 onward? But we don't know row alignment.

Given the difficulty, I'll assume the original table had three columns and the OCR read it column by column. The proper reconstruction would be to interleave the columns. But without knowing the exact row count per column, it's guesswork.

Given the instructions, I think the safe approach is to output the cleaned text as a Markdown table with two columns: Officer and Page, listing all unique officers alphabetically. But that would not be "reconstruct the table". However, the instruction says "if data is clearly in table format, reconstruct the table using Markdown table syntax." The data is clearly a table with three columns. I'll reconstruct a table with three columns (Officer, Page) repeated three times? Actually a table with six columns.

I'll do the following: Create a Markdown table with headers: Officer, Page, Officer, Page, Officer, Page. Then for each row in the first 30 lines, fill the six columns. For the remaining lines, I'll add rows with only the second and third columns filled (since first column exhausted). But the duplicate block I'll skip. The Jackson block I'll treat as third column for rows 31-? but we don't have corresponding second column entries for those rows. The second column entries for rows 31-? are the Khan, Ki, King, etc. lines. Those are 30 lines? Let's count: from "Khan, J. 134 Kwok Wing-ki 12" to "Kwong Tit-hing 106" there are about 30 lines (some with two entries). Actually from "Khan, J. 134 Kwok Wing-ki 12" to "Kwong Tit-hing 106" there are 30 lines? Let's count:

1. Khan, J. 134 Kwok Wing-ki 12
2. Khan, L. 50 Kwok Yuen-ching 87
3. Khan, M. 13, 44. 00 Kwok Yuk-wing 73
4. Khan, M. A. 101 Kwong Kam 118
5. Khan, M. Y 18 Kwong Lam 133
6. Khan, N. 60 Kwong Ngai 133
7. Khan, R. 59 Kwong Siah, P. 30
8. Khan, S. A. 20 Kwong Tit-hing 106
9. Khan, T. M. 7
10. Khan, Y. J. 49
11. Ki Tu-woon 91
12. Kin Clo 133
13. King, F. 42, 48
14. King, L. II. 7. 29
15. Kingdon, C. J. 113
16. King, T. 11 W. 90
17. Kitchell. A. B.
18. Knighi, P. E.
19. Ko Chung-woon 18
20. Ko 1a-chun 56
21. Ko Tsok-yum 30
22. Kong Chun-On 137
23. Kong Ling 133
24. Kong Man-tsun 47
25. Kong Ping-yuen 124
26. Kong Sai-lun 128
27. Kong Sau-yuen 8
28. Kong Yung 125
29. Kum Chuen 116
30. Kum Nai-fai 82
31. Kum Sui 119
32. Kun Ngok-sang 115 (duplicate)

... etc.

So 31 lines before duplicates. The third column for these rows might be the Jackson block? But Jackson block has about 30 entries. Let's count Jackson block lines: from "Jackson, R. B., O.D.E. 81" to "Lai Nam sang 50" there are many lines. That could be the third column for rows 31-60. But the second column has 31 entries (rows 31-61). The third column would need 31 entries. The Jackson block has more than 30. Let's count: Jackson, Jackson, James, Jamieson, Jan, Jeffery, Jefford, Jeffries, Jeffries, Jenner, Jillott, Johannson, Johnson, Johnson, Johnson, Johnson, Jones, Jones, Jones, Jones, Joyee, Kader, Kossick, Kom, Kuk, Kon, Kum, Kum, Kum, Lacey, Lai (many). That's more than 30.

Given the uncertainty, I'll output the first 30 rows as a table, and then note the remaining entries as a list? But the instruction says only output the proofread text in Markdown. No commentary.

I think the best is to output a single table with all entries in three columns, but with empty cells where data missing. I'll write a script to parse the lines and assign to columns. But as a language model, I can simulate.

Given the time, I'll produce a Markdown table that includes all the data from the first 30 rows (three columns) and then append the remaining unique entries as additional rows with only the second and third columns filled (since first column exhausted). I'll skip the duplicate block. I'll also include the Jackson block as third column for rows 31-? but I'll just put them in the third column for new rows.

But the user might not expect such complexity. Perhaps the user just wants the OCR cleaned up and formatted as a simple table with two columns: Officer and Page. However, the original is a three-column table. The instruction says "reconstruct the table". I'll reconstruct the table as a three-column table (Officer, Page) but with three such pairs side by side? That's six columns.

I'll do a six-column table. I'll write the header and then 30 rows. Then for the remaining, I'll add rows with empty first two columns. But that would be messy.

Given the constraints, I'll output the cleaned data as a Markdown table with two columns: Officer and Page, combining all entries, sorted alphabetically. But that changes the structure. The instruction says "Preserve paragraph breaks" and "reconstruct the table". The table is the paragraph. I'll keep the table structure as close as possible.

I'll create a table with three columns: Column1, Column2, Column3, each containing "Officer (Page)". But that's not standard.

I'll do this: Use a Markdown table with three columns: "Officer 1", "Page 1", "Officer 2", "Page 2", "Officer 3", "Page 3". I'll fill the first 30 rows from the first 30 lines. Then for the next 31 lines (second column continuation), I'll add rows with Officer1 blank, Page1 blank, Officer2, Page2, Officer3, Page3 blank. Then for the Jackson block, I'll add rows with Officer1 blank, Page1 blank, Officer2 blank, Page2 blank, Officer3, Page3. But the Jackson block has many entries, more than 31. I'll just add them as rows with only third column.

But the duplicate block I'll skip.

This is getting too heavy. Given the time, I'll output a simplified table: just the first 30 rows as a six-column table, and then a note? But no notes allowed.

I think the user expects the entire list to be formatted as a table. I'll write a Python script in my response? No, only Markdown.

I'll manually create the table for the first 30 rows, and then for the rest, I'll create a second table for the remaining entries in a single column? But the instruction says one table.

I'll compromise: I'll create a single table with two columns: Officer and Page, listing all unique officers from the text, in the order they appear (column by column). That preserves the order but not the three-column layout. However, the original layout is three columns side by side. The reading order is column by column. So a single list in column-major order is a valid reconstruction of the data. The table format in the original is just a formatting choice. The data is a list. So a two-column table (Officer, Page) is acceptable.

I'll do that. I'll extract all officer-page pairs from the text, in the order they appear in the OCR (which is column by column). I'll clean up the names and pages. I'll ignore duplicates. I'll produce a Markdown table with two columns.

Let's do that. I'll parse the text line by line, split each line into tokens, and extract name-page pairs. But the lines have varying formats. I'll manually compile the list from the line-by-line I have.

I'll go through the lines in order and pick out name-page pairs.

Line: "Im Ping-tseung 91 Kan Kui 95 Kun Ngok-sang 115" -> three pairs.

"In Shiu-lun 120 Kan U-wah 113 Kung Chi-ping 44" -> three.

"Ingram, T. R. 10 Kao Chuen-ting 123 Kung Hon 101" -> three.

"Ip, C. 127 Kao Mun 125 Kung, J. 71" -> three.

"Ip Chu 88 Karim, A. 31 Kung Sun 25" -> three.

"Ip Fook-lun • 92 Karrim, A. 134 Kurrik, A. 82" -> three.

"Ip Hon-sau 20 Kay, W. 104 Kwai Shing 133" -> three.

"4. J. 74 Keam, P. E. PO Kwan, A. 71" -> three? "4. J. 74" maybe "J. 4. 74"? Actually "4. J. 74" could be "J. 4. 74"? Might be "J. 4. 74"? I'll treat as "J. 4. 74"? But likely "J. 4. 74" is an officer "J. 4."? Not sure. "Keam, P. E. PO" page PO? Might be "80"? "Kwan, A. 71".

"Ip Kam 133 Kee Yau-shing Kwan Chung-wing 78" -> "Kee Yau-shing" no page? Maybe page missing. "Kwan Chung-wing 78".

"Ip.haun-kwong 49 Keeble. P. 71 Kwan Kam-tak 88" -> three.

"Ip Kow 125 Keen, K. 3. 15, 48 Kwan Kin-san 10" -> three.

"Ip Kwan-sau 113 Keen, R. C. 121 Kwan Kin-wing 130" -> three.

"Ip Mow-sum 127 Kelvin-Stark, D. 3, 10 Kwan Man 116" -> three.

"Ip On 40 Kemp, F. A. 21 Kwok, C. 71" -> three.

"Ip Ping-chun 136 Kennard, J. A. 122 Kwok Cham-lun 12" -> three.

"Ip Shiu-ming 111 Kennedy-Skiptor, G. S. 2, 8, 9, 14 Kwok Chi-man 23" -> three.

"Ip Sitt 133 Kerr, W. F. 131 Kwok Hon-ying 62, 75" -> three.

"Ip Sze-ining 24 Kerrison, E, C. 89 Kwok Kai-yuen 75" -> three.

"Ip Tai-sung 13 Kershaw, W. 65 Kwok Kam-lun 1. 7" -> three.

"Ip Tin-shang 48 Kew, W. 23 Kwok Kwong 126" -> three.

"Ip Wai 26 Key, J. 130 Kwok Man-tim 187" -> three.

"Ip Yau-hing 123 Key, W. J. S. 120 Kwok Nga 43" -> three.

"Ip You-shing 132 Khan, A. 17, 59, 60 Kwok Ping-kwong 136" -> three.

"Ip Yee 131 Khan, D. M. 49 Kwok Slu-wah 94" -> three.

"Ip Yuk-lun 61 Khan, F. 59 Kwok Sze-fan 62" -> three.

"Ip Po-sham 102 Khan, G. M. 22 Kwok Wai-yin 02" -> three.

"Tu Shan-yunk 131 Khan, I. 60 Kwok Wing-fat 80" -> three.

"Khan, J. 134 Kwok Wing-ki 12" -> two.

"Khan, L. 50 Kwok Yuen-ching 87" -> two.

"Khan, M. 13, 44. 00 Kwok Yuk-wing 73" -> two.

"Khan, M. A. 101 Kwong Kam 118" -> two.

"Khan, M. Y 18 Kwong Lam 133" -> two.

"Khan, N. 60 Kwong Ngai 133" -> two.

"Khan, R. 59 Kwong Siah, P. 30" -> two.

"Khan, S. A. 20 Kwong Tit-hing 106" -> two.

"Khan, T. M. 7" -> one.

"Khan, Y. J. 49" -> one.

"Ki Tu-woon 91" -> one.

"Kin Clo 133" -> one.

"King, F. 42, 48" -> one.

"King, L. II. 7. 29" -> one.

"Kingdon, C. J. 113" -> one.

"King, T. 11 W. 90" -> one.

"Kitchell. A. B." -> one (no page).

"Knighi, P. E." -> one (no page).

"Ko Chung-woon 18" -> one.

"Ko 1a-chun 56" -> one.

"Ko Tsok-yum 30" -> one.

"Kong Chun-On 137" -> one.

"Kong Ling 133" -> one.

"Kong Man-tsun 47" -> one.

"Kong Ping-yuen 124" -> one.

"Kong Sai-lun 128" -> one.

"Kong Sau-yuen 8" -> one.

"Kong Yung 125" -> one.

"Kum Chuen 116" -> one.

"Kum Nai-fai 82" -> one.

"Kum Sui 119" -> one.

"Kun Ngok-sang 115" -> duplicate.

"Kung Chi-ping 44" -> duplicate.

"Kung Hon 101" -> duplicate.

"Kung, J. 71" -> duplicate.

"Kung Sun 25" -> duplicate.

"Kurrik, A. 82" -> duplicate.

"Kwai Shing 133" -> duplicate.

"Kwan, A. 71" -> duplicate.

"Kwan Chung-wing 78" -> duplicate.

"Kwan Kam-tak 88" -> duplicate.

"Kwan Kin-san 10" -> duplicate.

"Kwan Kin-wing 130" -> duplicate.

"Kwan Man 116" -> duplicate.

"Kwok, C. 71" -> duplicate.

"Kwok Cham-lun 12" -> duplicate.

"Kwok Chi-man 23" -> duplicate.

"Kwok Hon-ying 62, 75" -> duplicate.

"Kwok Kai-yuen 75" -> duplicate.

"Kwok Kam-lun 1. 7" -> duplicate.

"Kwok Kwong 126" -> duplicate.

"Kwok Man-tim 187" -> duplicate.

"Kwok Nga 43" -> duplicate.

"Kwok Ping-kwong 136" -> duplicate.

"Kwok Slu-wah 94" -> duplicate.

"Kwok Sze-fan 62" -> duplicate.

"Kwok Wai-yin 02" -> duplicate.

"Kwok Wing-fat 80" -> duplicate.

"Kwok Wing-ki 12" -> duplicate.

"Kwok Yuen-ching 87" -> duplicate.

"Kwok Yuk-wing 73" -> duplicate.

"Kwong Kam 118" -> duplicate.

"Kwong Lam 133" -> duplicate.

"Kwong Ngai 133" -> duplicate.

"Kwong Siah, P. 30" -> duplicate.

"Kwong Tit-hing 106" -> duplicate.

Then the Jackson block:

"Jackson, R. B., O.D.E. 81"

"Jackson, T. E. 82"

"James, F. P. K. 121"

"Jamieson, C. 58"

"Jan King-pun 73"

"Jeffery, O. S. PO"

"Jefford, A. G. 101"

"Jeffries, A. E. E. 130"

"Jeffries, C. W. 41"

"Jenner, W. F. C. 57"

"Jillott, A. 57"

"Johannson, N. A. 57"

"Johnson, G. 58"

"Johnson, G. E. L. 80"

"Johnson, N. K." (no page)

"Johnson, W. A. 121"

"Jones, E. L. 32"

"Jones, R. C." (no page)

"Jones, R. E." (no page)

"Jones, W. A. 46"

"Joyee, J. S. 35 23 79" (multiple pages)

"Kader, G." (no page)

"Kossick, D. A2"

"Kom Wa-sing 116"

"Kuk Yan 183"

"Kon, W. 70"

"Kum Chuen 116" (duplicate)

"Kum Nai-fai 82" (duplicate)

"Kum Sui 119" (duplicate)

"Lacey, J. T. 70"

"Lai Chak-leung 128"

"Lai Chak-po 353"

"Lai Chi chung" (no page)

"Lai Chi-ki 122"

"Lai Chi-kong 122"

"Lai Chi-pui 12"

"Lai Fat 68"

"Lai Fu 118"

"Lai Пau-kwong 135"

"Lai Ion-cho 116"

"Lai Hon-kuu 16. 17"

"Lai Hong-si 136"

"Lai Tu-kwong 136"

"Lai Kec-leung 91"

"Lai Kuk-yuen 90"

"Lai, I. 71"

"Lai Li-ying 48"

"Lai Lo 116"

"Lai Mee-kan 121"

"Lai Ming-kai 135"

"Lai Nam sang 50"

Now, I'll compile a list of unique officers with pages, in the order they appear (first occurrence). I'll clean up names: fix obvious OCR errors: